1·An improved model for liquid membrane mass transfer has been developed.
本文提出了一种改进的关于液膜传质的数学模型。
2·The advances on emulsion liquid membrane separation technique are reviewed.
综述了乳状液膜分离技术的研究进展。
3·The good composition of liquid membrane can be explored only through repeated tests.
液膜的良好配方只有通过大量试验去探讨。
4·Liquid membrane separation is an efficient, quick and energy-saving separation technique.
液膜分离是一种高效、快速、节能的新型分离技术。
5·Wastewater contained Zinc is treated with Surfactant liquid membrane and the result is good.
本文采用该法对含锌废水进行处理，取得了较好的效果。
6·The deducted equation of Liquid membrane mass transfer dynamics is verified by experimental results.
并由实验数据验证了推导出的液膜传质动力学方程式。
7·In this research, the extraction rate of penicillin can reach to 91.5% and liquid membrane swelling rate, 16%.
在本研究中，青霉素的提取率最高可达91.5%，液膜溶胀率为16%。
8·It is suggested that a two-stage model be necessary to describe a realistic liquid membrane separation system.
提出了用两阶段模型来描述实际液膜分离体系的观点。
9·The principle of the liquid membrane separation and its application in organic wastewater treatment are presented.
综述了液膜分离的原理及该技术在有机废水处理领域中的研究进展和应用实例。
10·The relation between the interfacial liquid membrane (ILM) technology and the theory of similitude were discussed.
讨论了界面液膜(ilm)技术和相似理论之间的关系。